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MDS9MVG Series
Vacuum Circuit Breaker Type Medium Voltage Automatic Transfer Switch
The MDS9MVG Series Medium Voltage ATS is a breaker-type medium voltage automatic transfer switch cabinet developed and manufactured by Midas Electric. This product has passed the medium voltage transfer type test for ATS and is designed in compliance with relevant IEC and GB standards. It features both electrical interlocking and a five-proof mechanical interlocking design, with a transfer time of less than 100ms.More
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MDS9MVI Series
Integrated Automatic Transfer Switch Cabinet
The MDS9MVI Series Medium Voltage ATS is an integrated medium voltage automatic transfer switch cabinet independently developed by Midas Electric. It complies with the Group Standard for Medium Voltage Transfer Switching Devices and Switchgear Assemblies, as well as relevant IEC and GB standards. The product features dual mechanical interlock and electrical interlock switch mechanisms, along with comprehensive control functions.More
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MDS9MVL Series
Medium Voltage Load Step-by-Step Switching Device
The MDS9MVL Series Medium Voltage Load Step-by-Step Switching Device is a load transfer control solution launched by Midas Electric. By integrating medium voltage circuit breakers with medium voltage ATS (Automatic Transfer Switches), the MDS9MVL series enables staged load switching during power source transfer and restoration processes. This ensures smooth power transitions and stable system operation.More
Medium Voltage Switching
RELATED NEWS
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Midas Electric MDS9 Series Empowers Corning’s Gen 10.5 Glass Substrate Production Line in Hefei
On December 2, 2015, in the Xinzhan District of Hefei, Corning’s Gen 10.5 LCD glass substrate project, with an investment of USD 1.5 billion, commenced construction simultaneously with BOE’s Gen 10.5 LCD production line project. -
New Product Launch | Midas Electric Introduces MDS9 Series Automatic Power Transfer System
Midas Electric has launched the MDS9 Series Automatic Power Transfer System (APTS), specifically designed for multi-source power supply systems to enable transfer control and electrical protection. It provides CB-class transfer with short-circuit and overload protection capabilities.The system’s actuator offers a robust solution in low-voltage switching applications. The GridPro switch series integrates real-time monitoring of operating temperature at key points in the main circuit, contact wear analysis, and real-time status parameter tracking. These status insights can be transmitted to the ME-iPOWER system for comprehensive monitoring of the overall transfer system.The APTS features multiple layers of redundancy and interlocking mechanisms to ensure operational safety, including system logic interlocks, electrical interlocks, and both flexible and rigid mechanical interlocks on the actuating units.Depending on application requirements, the APTS can support various input configurations, including traditional dual power source transfer, "dual inputs with bus-tie" schemes, and three-source transfer setups. -
Midas Electric Contributes to Texas Instruments Semiconductor Manufacturing (Chengdu) Phase II Project
Midas Electric has manufactured and supplied the MDS9BC series bypass momentary-parallel automatic transfer switch cabinets for the "Texas Instruments Semiconductor Manufacturing (Chengdu) Co., Ltd. Phase II Integrated Circuit Packaging and Testing Production Facility and Auxiliary Infrastructure Project."This product complies with relevant IEC and GB standards. The main unit and the bypass unit are equipped with mechanical interlocks, and the draw-out mechanism also features a mechanical interlock design. These enhancements further improve the practicality of the MDS9BC series bypass momentary-parallel automatic transfer switch cabinets, while enabling easy removal of the transfer switch for maintenance and inspection. -
New Product Release | MAC Series Arc Flash Protection Device
The MAC Series is designed and tested in accordance with the IEC 60255 standard for protection relays, making it suitable for installation in a wide range of environments while balancing functional flexibility and ease of maintenance.
